Today @makagon and I published our first article on the Netflix Tech Blog! We've described how we leveraged Hexagonal Architecture principles to be prepared for changes in a distributed systems environment:
https://t.co/DYRl9YIh16
Netflix Tech Stack - CI/CD Pipeline
This post is based on research from many Netflix engineering blogs and open-source projects. If you come across any inaccuracies, please feel free to inform us.
Planing: Netflix Engineering uses JIRA for planning and Confluence for documentation.
Coding: Java is the primary programming language for the backend service, while other languages are used for different use cases.
Build: Gradle is mainly used for building, and Gradle plugins are built to support various use cases.
Packaging: Package and dependencies are packed into an Amazon Machine Image (AMI) for release.
Testing: Testing emphasizes the production culture's focus on building chaos tools.
Deployment: Netflix uses its self-built Spinnaker for canary rollout deployment.
Monitoring: The monitoring metrics are centralized in Atlas, and Kayenta is used to detect anomalies.
Incident report: Incidents are dispatched according to priority, and PagerDuty is used for incident handling.
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📢 New video + Blogpost 🚀!
GenAI for Java developers : the ultimate dev experience with @QuarkusIO , @ollama and @langchain4j , all running locally.
You have a complete video + a blog post with the instructions ! Have fun !
video : https://t.co/OkcIZKoPHd
blog post : https://t.co/vlGHTfEnq0
#MistralAI Function Calling with #SpringAI
Streamlines the function calling process by handling the complexities of interaction with AI Models, facilitating code portability and the building of efficient, native (GraalVM) executables.
https://t.co/gs0Fopui4j
a @SpringBoot web application that starts in 80ms, takes up tens of megabytes of RAM, integrates AI, and can handle the kind of concurrent use you’d expect out of something like Go or Node.js, in ~20 lines of @java
Top 10 GitHub repositories for learning Java.
Here are the top GitHub repositories for learning Java along with their links:
1. Awesome Java: https://t.co/YdUOElZBPC
2. Modern Java - A Guide to Java 8: https://t.co/XMFpxVevI2
3. Java Design Patterns: https://t.co/3fjV8nXfqO
4. Spring Framework: https://t.co/ipU2kyy1Au
5. Algorithms: https://t.co/7P33Fb3DpA
6. Spring Boot Tutorial: https://t.co/92sbEU7b3n
7. Baeldung Java and Spring Tutorials: https://t.co/Q9LBkjypXk
8. Google Style Guides: https://t.co/fAIbtB4C76
9. Netflix - Open Source Java Projects: https://t.co/sy8ROeR1S8
10. Ultimate Java Resources: https://t.co/Ro6CntQpeU
These repositories provide a wealth of resources for anyone looking to learn or enhance their Java programming skills.
SOLID principle is one of the most important design principles in OOP languages like Java, Python, C#, etc.
Sadly, most of the programmers find it super difficult to understand.
Here's the simplest guide to understand SOLID principles:
It’s an amazing time to be a @java and @SpringBoot developer! Develop quickly, run quickly.
- Spring Boot 3.0 brings @graalvm native image support in the new AOT engine
- Spring Boot 3.1 enables that git-clone-run life with first-class @testcontainers and @docker Compose support for development
- Spring Boot 3.2 (November ‘23) brings CRaC and Project Loom (@java 21 babyyyy!) support
Are you as excited as I am?